GFA Advanced System
Aquaculture System for Freshwater and Saltwater Fish
Company Overview
Snapshot
Founded in February 2008 by Yaron Gisin, GFA Advanced System operated with 1–10 employees. The company raised $6.5 million across two funding rounds from Linnaeus Capital Partners. In March 2019, GFA Advanced System ceased to operate.
Business overview
GFA Advanced System developed and implemented a fully closed, zero-discharge aquaculture system suitable for both freshwater and saltwater fish. This technology prevents environmental pollution and allows operation in diverse climates, independent of water resources or proximity to the sea. The system utilizes anaerobic water treatment for nitrate removal and organic solids digestion, returning water to culture tanks with no losses. GFA's technology serves the aquaculture industry, enabling high-capacity fish production and reducing transportation costs.
Log in to access full profile ›Company Intelligence Q&A
- What is GFA Advanced System's core technology?
- GFA Advanced System developed a fully closed, zero-discharge aquaculture system for freshwater and saltwater fish. This system uses anaerobic water treatment for nitrate removal and the digestion of organic solids, enabling water to be returned to culture tanks without losses.
- When did GFA Advanced System cease operations?
- GFA Advanced System ceased to operate in March 2019.
- What was a key strategic focus for GFA Advanced System in April 2013?
- In April 2013, GFA Advanced System planned to expand its onshore, zero-discharge aquaculture system to the US and UK markets.
- What was a notable funding event for GFA Advanced System in October 2010?
- In October 2010, GFA Advanced System raised capital from Linnaeus Capital Partners to expand its business and establish fish farms utilizing its technology.
- What was the significance of GFA Advanced System's technology in April 2012?
- In April 2012, GFA Advanced System's zero-discharge system for fish farming was highlighted for its ability to operate in challenging environments, including deserts, by using biological filters and specialized bacteria for water treatment.